(Tutorvista. n.d.)
Momentum Conservations is exemplified in various
physical activities because momentum changes are
equal in magnitude and opposite in direction.
The Physics Classroom. (2016)
The difference between kinetic and
potential energy is stored energy of
an object because of the position of
the object. Kinetic energy is due to
motion of the object.
Potential Energy
Is the Energy that can
be applied to
the arrow. If the string
is released
The energy that is on
the skate board is
kinetic energy, because
the board is in
motions
Everything in life is needs energy to
move or to work.
W = Fd
Work – activity involving a force and
movement in the direction of the force.
Energy – is the capacity for doing work
Power – is the rate of using energy
The change in the
kinetic energy of an
object is equal to the net
work done on the object.
Work Energy
Principle
Thank You
References
The Physics Hypertextbook. (2017). Impulse & Momentum. Retrieved from
Hewitt, P. G. (2015). Conceptual physics (12th ed.). Boston, MA: Pearson.
Image on page 5. (n.d.). Retrieved from
-
of-momentum-
experiment1.jpg
The Physics Classroom. (2016). Momentum Conservation
Principle. Retrieved
from
You've reached the end of your free preview.
Want to read all 13 pages?
- Summer '17
- Energy, Force, Mass, Momentum, Potential Energy, Momentum Conservation Principle
